09021322931

Backplane Connectors - DIN 41612

09021322931 backplane connectors are a type of electrical connectors designed for backplanes. They have a number of important characteristics that make them ideal for use in backplanes, such as contact density, shock resistance, and low power consumption.

Applications of 09021322931 Backplane Connectors

The primary application of 09021322931 backplane connectors is in the construction and design of high speed, reliable backplanes. Backplanes provide a crucial physical connection between printed circuit boards or other components of a system. Therefore, it is essential that they provide reliable and stable electrical connections and that data is transmitted with little or no loss.

Due to their high density of contacts, 09021322931 connectors are an ideal choice for making these connections. The dense contact pattern is also suitable for making complex interconnections between multiple circuit boards in a single system. The connectors are also designed to perform reliably over time with no risk of contact failure due to shock or vibration.

09021322931 connectors are also used in industrial applications such as remote access systems, motion control systems, and robotics. In these applications, the connectors must be able to withstand high temperatures and high-vibration environments without failure.

Working Principle of 09021322931 Connectors

09021322931 backplane connectors consist of a male and female connector component, each with two rows of pins or contacts. The contacts are located on one side of the connector, with the other side containing the mechanical mating components. The female component consists of a springy, square block, while the male component is composed of two plastic pieces that fit into the female component.

The two components are joined together when the male component is inserted into the female component. This creates an electrical connection between the male and female components through the contact points. The contacts of the male component are slightly longer than those of the female component, so they are able to make contact before the male component is fully inserted.

The contact points are designed to withstand a wide range of temperatures and mechanical shock without disruption or damage. The contacts also enable high-speed transmission of data between the connected components. The connectors also feature a low level of electrical power consumption, making them suitable for use in high-energy environments.

Conclusion

09021322931 backplane connectors are designed for use in a variety of high-speed, reliable backplanes. Their high contact density, shock resistance, and low power consumption make them ideal for a variety of applications. The connectors consist of male and female components which are joined together to create an electrical connection. They are designed to withstand high temperatures and shock without failure, enabling reliable and stable connections.